Aquilaria sinensis bundling and agilawood-forming method

Abstract

The invention provides an aquilaria sinensis bundling and agilawood-forming method. The aquilaria sinensis bundling and agilawood-forming method comprises the following steps: S1, selecting an aquilaria sinensis plant meeting agilawood forming conditions as an agilawood forming tree; S2, selecting a bundling point and a bundling iron wire for agilawood forming; S3, cleaning a trunk binding part, and tightly binding the trunk along the binding point by adopting the iron wire until the trunk is attached to the bark; S4, after bundling is completed, smearing an inducer onto the bundling gap of the iron wire until tree burls are generated and wrap the iron wire; S5, after 13 months of bundling, splitting the burls every other half a year to observe the agilawood forming condition; and S6, taking agilawood from the trunk, bundling and sealing the section of a tree stump left on the ground through a plastic film, and culturing sprouting branches for continuous agilawood forming. The agilawood forming method disclosed by the invention is green and environmentally-friendly, saves resources, is friendly to the environment, reduces the cost, simplifies the process, is applicable to large-scale production, and provides a good way for agilawood forming.

Description

technical field [0001] The invention relates to the technical field of white wood incense, in particular to a method for bundling white wood incense. Background technique [0002] Aquilaria sinensis (Lour.) Spreng., also known as Aquilaria sinensis (Lour.) Spreng., is a kind of arbor in the family Daphneaceae, Aquilaria sinensis (Lour.) Spreng. Distributed in Guangdong, Hainan, Guangxi, Fujian, China. It likes to be born in low-altitude mountains, hills and open forests on the side of the road. The resin accumulated after the old stems of Baimuxiang are injured, commonly known as agarwood, can be used as raw materials for spices and traditional Chinese medicines. The bark fibers are flexible, white and delicate, and can be used as raw materials for high-grade paper and artificial cotton; aromatic oil can be extracted from the xylem, and extracts can be made from flowers. . [0003] Existing literature reports that the natural aroma formation rate of A. sinensis is low, th...

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Problems solved by technology

[0003] Existing literature reports that the natural aroma formation rate of A. sinensis is low, the aroma formation time is long, and the process is complicated. At present, artificial aroma formation techniques are generally used, mainly including cutting method, iron nail method, drilling method, pharmaceutical agent instillation method and other physical methods. , biological, chemical aroma

Cutting method, iron nailing method and drilling method are easy to operate, but the efficiency of incense production is low and the cycle is long; the method of instillation of medicament bacteria can easily lead to wood rot

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